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The D3EP-FINS project quantifies the energetics of deep-sea foraging by large predators, particularly Risso’s dolphins. It develops models to understand predator-prey dynamics and predicts population-level impacts of environmental changes and human activities on these elusive marine mammals.
Foraging is the key energetic currency transfer system governing survival, reproduction, and population viability.
Thus, individual foraging success scale directly to population dynamics.
Yet in the deep sea, quantitative knowledge of predator-prey energetic transfer is almost entirely absent. D3EP-FINS addresses this gap by quantifying for the first time energetics of deep-sea foraging by large top predators.
This is achieved by developing a stochastic dynamic programming model of Risso’s dolph…
THE UNIVERSITY COURT OF THE UNIVERSITY OF ST ANDREWS
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